I need to have the answer illustrated within the circuit. I have been provided with an example that demonstrates the similarities of what I need, along with the circuit for this work.

$1.(60$ points$)$ Consider the following single$-$cycle MIPS processor. For each of the three given instructions, do the following tasks:

Specify the MIPS fields $($op$-$code, rs$,$ rt$,$ rd$,$ shamt, funct, immediate$/$offset$),$

Annotate the diagram by specifying the value of each blue and black wire,

Highlight the active datapaths involved in the instruction.

a$.(20$ points$)$ lw $t$1,12($$s$3)$ assuming that PC value is $0$X$4000,$ $s$3$ contains $0$X$2000$ and address $0$X$200$C contains the word $0$X$10203040$

b$.(20$ points$)$ beq $s$2,$ $s$5,$ ELSE assuming that PC value is $0$X$4004,$ $s$2$ contains $0$X$5,$ $s$5$ contains $0$X$5$ and ELSE labels an instruction that is placed $5$ instructions before the current instruction.

c$.(20$ points$)$ sub $s$1,$ $t$2,$ $t$4$ assuming that PC value is $0$X$4008,$ $t$2$ contains $0$X$5678$ and $t$4$ contains $0$X$1234$

$2.(20$ points$)$ Assuming that the op$-$codes of BEQ and BNE instructions are $4(000100)$ and $5(000101)$ respectively, redraw the above diagram so that the resulting circuit can handle both BEQ and BNE instructions $($currently$,$ it is designed to handle BEQ only$).$ Hint: Assume that "Branch" output of "Control" unit gets asserted for both BEQ and BNE. To distinguish BEQ and BNE, you can get help from Instruction$[26]$ which is zero for BEQ and one for BNE.

$3.(20$ points$)$ Assuming that the following numbers show the delay of different circuits participating in the above architecture,

a$.(8$ points$)$ Calculate the overall delay of running a LW instruction

b$.(8$ points$)$ Calculate the overall delay of running a BEQ instruction.

c$.(4$ points$)$ Calculate the maximum clock rate that we can assign to this processor based on the numbers calculated in parts $($a$)$ and $($b$).$

Instruction Memory: $150$ps

Data Memory: $200$ps

Register File: $200$ps

ALU: $140$ps

Sign$-$extend: $20$ps

Shift$-$Left $2$: $15$ps

Mux: $25$ps

Adders: $30$ps